Menu
Let’s talk

03 / GREEN ENERGY

ENGINEERING A MORE
SUSTAINABLE FUTURE.

V60 Projects has extensive experience developing, operating and improving renewable-energy and resource-recovery infrastructure.

Development. Operations. Engineering.
Experience across the whole system.

Explore our experience
Cinematic illustration of a modern bioenergy digester and stainless-steel process pipework
BIOENERGY / PROCESS ENGINEERING
CH4BIOMETHANECHHHH
C2H5OHBIOETHANOLCH3–CH2–OH
CO2CARBON UTILISATIONO=C=O
ENERGY + CHEMISTRY + TECHNOLOGYCONCEPT VISUAL

01 / ANAEROBIC DIGESTION

Understanding the whole plant.

Anaerobic digestion brings biology, feedstocks, equipment and people into one process. V60’s experience spans AD development, biological process, plant operations and site infrastructure.

From feedstock handling and gas production to digestate, process optimisation and regulatory and compliance environments, an effective plant depends on understanding how each part affects the next.

  • AD development
  • Feedstocks & biology
  • Plant operations
  • Digestate
  • Process optimisation

02 / BIOMETHANE

From biogas to renewable gas.

Biogas upgrading connects the biological process with biomethane production. V60’s experience includes membrane upgrading technology, gas quality, process monitoring and operational optimisation.

Producing grid-quality renewable gas requires attention to the upgrading process and the wider plant. Reliable information and informed operation help keep those systems working together.

  • Biogas upgrading
  • Membrane technology
  • Gas quality
  • Process monitoring
  • Biomethane

03 / CHP & RENEWABLE POWER

POWER FROM WASTE.

Combined heat and power brings renewable electricity generation and useful heat recovery into the same site. V60’s experience includes engine operation, energy efficiency and integrating generation into wider plant operations.

The practical value comes from understanding both outputs: the electricity generated and where recovered heat can do useful work.

  • Combined heat & power
  • Renewable electricity
  • Heat recovery
  • Engine operation
  • Energy efficiency

04 / BIOFUELS

THE NEXT GENERATION OF RENEWABLE FUELS.

V60’s development interests and experience extend to bioethanol, waste-derived feedstocks and agricultural residues — exploring how biological conversion and enzyme-based processes can turn residues into useful fuels.

This is waste-to-value development grounded in feedstocks, process requirements and practical engineering.

  • Bioethanol
  • Waste-derived feedstocks
  • Agricultural residues
  • Biological conversion
  • Enzyme-based processes

THE CIRCULAR ECONOMY

WASTE IS ONLY WASTE
IF NOTHING USEFUL
HAPPENS NEXT.

Different materials follow different pathways. The objective is consistent: recover useful energy, fuels and resources from material that would otherwise be wasted.

INPUTORGANIC MATERIAL
CONVERSIONANAEROBIC DIGESTION
BIOGAS → ENERGY

Upgrading → CH₄ / biomethane
CHP → heat / power

DIGESTATE

Nutrient recovery

A SEPARATE RENEWABLE-FUELS PATHWAY

  1. 01RESIDUES / FEEDSTOCK
  2. 02BIOLOGICAL PROCESSING
  3. 03C₂H₅OH

    Bioethanol

  4. 04RENEWABLE FUEL

ENERGY + TECHNOLOGY

INFRASTRUCTURE
MEETS INTELLIGENCE.

Operating renewable-energy infrastructure means bringing together data, monitoring, maintenance, compliance, reporting and process optimisation.

It also means managing assets and people, and making decisions with the information available. That experience directly informs V60’s operational software development.

Energy and software belong together because the work connects them.

  • Data & monitoring
  • Maintenance
  • Compliance
  • Reporting
  • Process optimisation
  • Asset management
  • People
  • Decision making
Explore operations management systems

LET’S BUILD SOMETHING USEFUL.

Have a problem
worth solving?

Let’s talk